Quick CHC1203, User Manual

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EN
CHC1203 IT EN FR - REV001A
INSTALLATION
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CHC1203 CHC1203 NT CHC1203 NT CHC1203
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OPTIONAL EXTENSION
“T“ OPTIONAL
CHAIN COUNTER CALIBRATION
Before using the chain counter, either the manual or automatic calibration procedure has to be effected.
The calibration procedure consists of setting the following data: unit of measurement used by the chain counter, lenght of
chain unwound each gypsy lap and number of magnets installed on the gypsy.
To calibrate, go to menu CALIBRATION or AUTO CALIBRATE (see chapter SETTING THE CHAIN COUNTER).
MULTIPLE CHAIN COUNTERS
The chain counter is equipped with a CAN BUS data interface that allows several chain counters to be connected and
information to be exchanged (CAN network).
A MASTER/SLAVE network structure is used, i.e. there is only one main chain counter (MASTER) and all the other chain
counters are secondary (SLAVE). The network must have at least one MASTER chain counter.
The task of the MASTER chain counter is to align the length of the chain lowered and the operating parameters of all the
SLAVE chain counters. The MASTER therefore is used as a reference for all the other SLAVE chain counters.
If a parameter in a menu for a SLAVE chain counter is modified, the change is actually made to the MASTER chain counter
that will automatically update all the SLAVE chain counters (except for menu PERSONAL SET, UTILITY and CAN CONFIG
that cointain particular functions and parameters for every single chain counter not shared in network with the other
chain counters).
The MASTER chain counter should be on even if the commands to the windlass are transmitted from SLAVE chain coun-
ters or other windlass operation switches.
If the MASTER chain counter should malfunction, one of the SLAVE chain counters can be set up as the MASTER.
Before using the chain counters on the CAN network, make sure the MASTER and SLAVE settings of all the chain coun-
ters are correct and that the network works in a trouble-free manner.
1 2
3
5 5
4
M12 MALE
CONNECTOR
N.
M12 FEMALE
CONNECTOR
- 1 DOWN
- 2 + BATT
- 3 - BATT
CAN H 4 UP
CAN L 5 SENSOR
FEMALE MALE
EXAMPLE OF CAN CONNECTION WITH MORE THAN TWO CHC INSTRUMENTS
In a CAN network with more than two devices, the first and the last one must
always feature terminals (CHC1203).
In the specific example shown in the figure consisting of four instruments, the
first one,
A , and the last one, D , must be CHC1203 (with terminals) whereas B and
C must be CHC1203 NT (without terminals).
B C D A
CHC CAN BUS NETWORK COMPONENTS
POWER SUPPLY CABLE
CHC3 PWC 005 POWER SUPPLY CABLE 1/0 0,5M
DROP CABLE / BACKBONE
CHC3 EX1 005 CABLE EXTENSIONS 5 MT / CHC3 EX010 CAN CABLE EXTENSIONS 10 MT
T-CONNECTOR
CHC3 TNC T CAN CONNECTOR
UNION
CHC3 MMJ M-M CAN UNION